Add to ORKGWe report results from a 270 MHz GPR survey performed on a recently discovered impact field in the southwestern Egyptian desert. The investigation suggests the ability of radar techniques to detect small-buried craters and probe their fillin
International audienceIn the frame of the NETLANDER project we are presently developing a ground pen...
The goal of Ground Penetrating Radar (GPR) research at the University of Arizona is to improve our u...
To unequivocally discover the actual presence of life or even of near surface liquid water on extrat...
We report results from a 270 MHz GPR survey performed on a recently discovered impact field in the s...
International audienceWe report results from a field survey performed on a recently discovered impac...
We report results from a field survey performed on a recently discovered impact field in the southwe...
We present ground penetrating profiles of a number of relatively small buried craters of 30 to 100 m...
During November 2005, research teams from the Lunar and Planetary Institute (LPI), Southwest Researc...
In this work, the ability of Ground Penetrating Radar (GPR) to detect rocks buried in composite soil...
Space-borne remote sensing imaging allows precise coverage of vast regions with basic data for geolo...
Abstract Interest in impact craters on the earth's surface has increased worldwide and is being inve...
Ground-penetrating radar (GPR) is used to characterize a variety of subsurface targets such as burie...
International audienceIn the coming decade, several missions are planned that will land on the surfa...
This thesis explores water effects on terrestrial and Martian environments using ground penetrating ...
Under NASA instrument development programs (PIDDP 2000-2002, MIPD 2003-2005, ESR and T, 2005) we hav...
International audienceIn the frame of the NETLANDER project we are presently developing a ground pen...
The goal of Ground Penetrating Radar (GPR) research at the University of Arizona is to improve our u...
To unequivocally discover the actual presence of life or even of near surface liquid water on extrat...
We report results from a 270 MHz GPR survey performed on a recently discovered impact field in the s...
International audienceWe report results from a field survey performed on a recently discovered impac...
We report results from a field survey performed on a recently discovered impact field in the southwe...
We present ground penetrating profiles of a number of relatively small buried craters of 30 to 100 m...
During November 2005, research teams from the Lunar and Planetary Institute (LPI), Southwest Researc...
In this work, the ability of Ground Penetrating Radar (GPR) to detect rocks buried in composite soil...
Space-borne remote sensing imaging allows precise coverage of vast regions with basic data for geolo...
Abstract Interest in impact craters on the earth's surface has increased worldwide and is being inve...
Ground-penetrating radar (GPR) is used to characterize a variety of subsurface targets such as burie...
International audienceIn the coming decade, several missions are planned that will land on the surfa...
This thesis explores water effects on terrestrial and Martian environments using ground penetrating ...
Under NASA instrument development programs (PIDDP 2000-2002, MIPD 2003-2005, ESR and T, 2005) we hav...
International audienceIn the frame of the NETLANDER project we are presently developing a ground pen...
The goal of Ground Penetrating Radar (GPR) research at the University of Arizona is to improve our u...
To unequivocally discover the actual presence of life or even of near surface liquid water on extrat...